substitute the formula, to find radius:
minor arc= theta/360 *2*pie*radius
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In a circle we have :
Formula for the Arc length = Ф * R , Ф in radians
or = Ф * 2π /360° * R if Ф is in °.
Given Arc length = Ф/360° * 2 * π * R
It is same as the formula.
We need the data of length of arc and angleФ, to find Radius R.
Formula for the Arc length = Ф * R , Ф in radians
or = Ф * 2π /360° * R if Ф is in °.
Given Arc length = Ф/360° * 2 * π * R
It is same as the formula.
We need the data of length of arc and angleФ, to find Radius R.
kvnmurty:
:-)
Answered by
1
Heya user,
given, minor ⌒ = θ / 360 * 2πradius
=> minor ⌒ / [ ( θ / 360 ) ( 2π ) ] = radius
=> Radius = minor ⌒ / [ ( θ / 360 ) ( 2π ) ]
given, minor ⌒ = θ / 360 * 2πradius
=> minor ⌒ / [ ( θ / 360 ) ( 2π ) ] = radius
=> Radius = minor ⌒ / [ ( θ / 360 ) ( 2π ) ]
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